The future of high-performance displays and integrated circuits:
Fast. Flexible. Simple.
See the next generation of thin film electronics and how it promises to redefine integrated circuit manufacturing
Amorphyx is an innovator at the intersection of materials science and electronics. We leverage our expertise in amorphous metals and the creation of high-quality thin films in developing a family of quantum tunneling and semiconductor electronic devices, circuits, materials systems and manufacturing processes.
The Amorphyx technologies create new performance and manufacturability for rigid and flexible integrated circuits for premium-grade displays in consumer electronics to the coming generation of system-level integrated circuits on plastic substrates.
The Amorphyx technologies leverage existing thin film deposition equipment and techniques - reducing capital equipment and bill of materials costs to 1% of today’s LSI and VLSI silicon wafer fabs.
Applications
Displays for consumer electronics are the world’s largest market for thin film electronics. Amorphyx’s technologies focus on
improving image quality;
improving mobile device batter life;
simplifying manufacturing to increase factory output capacity; and
dramatically reduce display factory capital equipment costs through process simplification.
Flexible large scale integrated circuits (LSI) incorporating antenna, RF/analog physical layer, data converter and application-specific microprocessor are the enabling technology for the mass adoption of the wireless sensors and data links that are the foundation of the Internet of Things.
Consumable wireless sensors for medical applications
Disposable wireless trackers for industrial applications
Automotive applications
Device Technologies
Amorphyx’s initial device technologies - the IGZO semiconductor Amorphous Metal Thin Film Transistor and the quantum tunneling Amorphous Metal Nonlinear Resistor - are optimized for liquid crystal, AMOLED and microLED displays requiring 240Hz and beyond image refresh rate and 0.1-240Hz variable image refresh rate capabilities.
The IGZO AMeTFT technology can be optimized for large-scale integrated circuits on plastic substrates, acting as a bridge to the under-development Amorphous Metal Hot Electron Transistor’s THz-level switching speeds.
Product Technology Guide
产品技术指南
제품 기술 안내서
IGZO Amorphous Metal Thin Film Transistor
Redefining amorphous metal oxide semiconductor performance and manufacturability
Amorphous Metal Nonlinear Resistor
Fowler-Nordheim quantum tunneling electronics - THz switching speed from the simplest of structures
Amorphous Metal Hot Electron Transistor
THz-speed transistors - without semiconductors. The future of integrated circuits: Fast. Flexible. Simple.
Collaborate with Amorphyx
Amorphyx leverages proprietary validated theoretical device physics models for its devices with an experimental multi-variant relational database in transferring thin film transistor technologies on a film-by-film basis to its customers’ existing R&D and production fabrication lines.
Discovering High-Performance Thin Film Electronic Devices
What makes a material “amorphous”?
Why do amorphous metals enable new levels of thin film device performance?
What does “mobility” define in a thin film transistor?
There are many measures of mobility. Why is “field effect mobility” the standard for TFT performance?
How do amorphous metals improve TFT performance and manufacturability?
What is Fowler-Nordheim quantum tunneling? Why is it ideal for replacing semiconductor-based conduction in thin film electronic devices?
Learning Videos
How do Amorphyx’s technologies compare with existing thin film transistor technologies for performance, manufacturability and capital equipment costs?
We’ve produced a set of video presentations exploring these topics.
Get in Touch
If you have questions about our innovative thin film transistor technologies or are interested in collaborating for the future of high-performance flexible integrated circuit manufacturing, drop us a message. We are excited to connect with you!